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For the next problems, your explanation needs to refer to one or more of the following...
lel For the next problems, your explanation needs to refer to one or more of the...
lel For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3 The following compounds can all behave as acids O FaC OH CHCH2OH CF H3C Он но н.с Он For each compound, draw its conjugate base. a. Explain your ranking Rank the acids in order of increasing acidity. b. 4. The following compounds can all behave as hases: NaOH CH CH2OH NANH2 CH CH2NH NH2 For each...
Please just answer part " b". Please explain your ranking based on inductive, electronegativity,resonance stability, size....
Please just answer part " b". Please explain your
ranking based on inductive, electronegativity,resonance stability,
size.
For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: H, COH HOCF3 HCL-OH CH3CH2OH E C. 1 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking,
Can you please explain these throughly!! I will give good rate thank you!! For the next...
Can you please explain these throughly!! I will give good rate
thank you!!
For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: 0 0 OH CH3CH2OH F C HCOH HOCF3 HC 0 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking, 4. The following compounds can all...
Please just answer part " b". Please explain your ranking based on inductive, electronegativity,resonance stability, size....
Please just answer part " b". Please explain your
ranking based on inductive, electronegativity,resonance stability,
size.
4. The following compounds can all behave as bases: NANH2 NaOH CHCH,ОН CH3CH2NH2 NH2 For each compound, draw its conjugate acid. a. b. Rank the acids in order of increasing basicity. Explain your ranking.
1. (6 pts.) Rank the following compounds in order of increasing acidity. Each series should be co...
Please solve and explain
1. (6 pts.) Rank the following compounds in order of increasing acidity. Each series should be considered separately. Use resonance and/or inductive effects to explain acidity. For full credit you will need to draw any resonance forms or indicate dipole if it is relevant. Also for each compound draw its conjugate base. Series 1: OH он OH O Series 2: CN 2. (4 pts.) Fill the reactions with the products and circle the favorite side: OH+...
please answer all the parts The following compounds can all behave as bases: 4. NANH2 NAOH...
please answer all the parts
The following compounds can all behave as bases: 4. NANH2 NAOH CH3CH2OH CH3CH2NH2 NH2 For each compound, draw its conjugate acid. а. Rank the acids in order of increasing basicity. Explain your ranking. b.
1) Predict relative acidity. Rank in order of increasing acidity (be able to explain): a) CH3CH2SO3H,...
1) Predict relative acidity. Rank in order of increasing acidity (be able to explain): a) CH3CH2SO3H, b) CH3CHClCO2H, c) CH3CH2OH, d) ClCH2CH2CO2H, e) CH3CH2CO2H 2) Predict relative acidity. Rank the following in order in increasing acidity: NH3, H2SO4, CH3OH, CH3CO2H, H3O+, H2O Hint: think of what would produce the most stable species after deprotonation. A good acid would gladly lose a proton (to form a stable conjugate base). 3) Predict relative basicity. Rank the following in order in increasing basicity:...
Rank the following acids in order of increasing acid strength when dissolved in water. EXPLAIN your...
Rank the following acids in order of increasing acid strength when dissolved in water. EXPLAIN your ranking using both inductive effect (think about the O atoms) and the stability of the product (draw all the resonances of the product, think about the number of resonances) HMnO4, H3AsO4, H2SO3, H2SO4
can you throughly explain this... The following compound can become protonated on any of the three...
can you throughly explain this...
The following compound can become protonated on any of the three N atoms. However, one of the N is much more basic than the others. a. Draw the molecule with all three N protonated and then draw resonance structures for this protonated molecule. NH | CHG-NH-C NH For each resonance structure, give the formal charges on each of the N and on the C with all the N attached. Determine which nitrogen is the most...
1. please check what is wrong. Thank you! Determine the product formed when each compound is treated with...
1. please check what is wrong. Thank you!
Determine the product formed when each compound is treated with Br2 and FeBr3. Drag the atom labels to their appropriate positions. CN Atom labels H H Br Br2 A. FeBr Br H OH OH Br Br. Br2 FeBr3 H H Br Br H Br2 FeBr H1 H Reset T Rank the compounds in each group in order of decreasing reactivity in electrophilic aromatic substitution. CI Decreasing reactivity Rank the compounds in each...
lel For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3 The following compounds can all behave as acids O FaC OH CHCH2OH CF H3C Он но н.с Он For each compound, draw its conjugate base. a. Explain your ranking Rank the acids in order of increasing acidity. b. 4. The following compounds can all behave as hases: NaOH CH CH2OH NANH2 CH CH2NH NH2 For each...
Please just answer part " b". Please explain your
ranking based on inductive, electronegativity,resonance stability,
size.
For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: H, COH HOCF3 HCL-OH CH3CH2OH E C. 1 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking,
Can you please explain these throughly!! I will give good rate
thank you!!
For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: 0 0 OH CH3CH2OH F C HCOH HOCF3 HC 0 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking, 4. The following compounds can all...
Please just answer part " b". Please explain your
ranking based on inductive, electronegativity,resonance stability,
size.
4. The following compounds can all behave as bases: NANH2 NaOH CHCH,ОН CH3CH2NH2 NH2 For each compound, draw its conjugate acid. a. b. Rank the acids in order of increasing basicity. Explain your ranking.
Please solve and explain
1. (6 pts.) Rank the following compounds in order of increasing acidity. Each series should be considered separately. Use resonance and/or inductive effects to explain acidity. For full credit you will need to draw any resonance forms or indicate dipole if it is relevant. Also for each compound draw its conjugate base. Series 1: OH он OH O Series 2: CN 2. (4 pts.) Fill the reactions with the products and circle the favorite side: OH+...
please answer all the parts
The following compounds can all behave as bases: 4. NANH2 NAOH CH3CH2OH CH3CH2NH2 NH2 For each compound, draw its conjugate acid. а. Rank the acids in order of increasing basicity. Explain your ranking. b.
can you throughly explain this...
The following compound can become protonated on any of the three N atoms. However, one of the N is much more basic than the others. a. Draw the molecule with all three N protonated and then draw resonance structures for this protonated molecule. NH | CHG-NH-C NH For each resonance structure, give the formal charges on each of the N and on the C with all the N attached. Determine which nitrogen is the most...
1. please check what is wrong. Thank you!
Determine the product formed when each compound is treated with Br2 and FeBr3. Drag the atom labels to their appropriate positions. CN Atom labels H H Br Br2 A. FeBr Br H OH OH Br Br. Br2 FeBr3 H H Br Br H Br2 FeBr H1 H Reset T Rank the compounds in each group in order of decreasing reactivity in electrophilic aromatic substitution. CI Decreasing reactivity Rank the compounds in each...
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